The emerging field of smart textiles, known as "Wearables" or e-textiles, has gained considerable momentum in the past few years as enthusiasts continue to build more and more complex projects with microcontrollers that keep growing in power while shrinking in size.
The LilyPad Arduino microcontroller board helped bring a large developer community into Wearables with its debut in 2007; since then it has allowed many of those who dream of blending technology and everyday clothing to build out their ideas.
The diminutive microprocessor, designed to be incorporated into apparel or other soft goods, has easy connectors that integrate with a range of sensors and actuators with conductive thread. This combination opens a new platform for technology and fashion, allowing for easy projects like embedded LEDS, or more advanced projects like motorized, moving components that react from environmental conditions.
Since the debut of the Lilypad, there have been advancements in the open source wearable technology arena, with the Adafruit Flora being the next generation of that field, providing more advanced specs in an even smaller package.
Above:
Designer Lulin Ding has created a digitized version of eyeshadow, constructed from an Arduino Lilypad and thin wires that double as a supportive frame that surrounds the eye with a cyber look. Hoping to recreate the effect of standard eyeshadow that is primarily visible when the eyes are closed, Ding's high-tech version lights up in response to blinking.
Digitized Eyeshadow from Lulin Ding on Vimeo.
Photo: Courtesy Lulin Ding
Go Bionic With These Wearable Arduino Projects
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Go Bionic With These Wearable Arduino Projects
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Go Bionic With These Wearable Arduino Projects
